In a world where VR technology is rapidly advancing, the proposed project is motivated by ensuring access to technology across all demographics. As VR becomes increasingly mainstream, affordable options such as Google Cardboard have emerged, using smartphones as computing devices and displays. However, these budget-friendly alternatives lack the robust interaction capabilities of high-end devices like the Meta Quest, limiting their usefulness in common VR applications such as education, design, or entertainment.

Dr. Teather mentions:

“The inspiration for this project occurred during the height of pandemic restrictions, which severely hindered our ability to conduct VR user studies in the lab. Forced to adapt, our team explored remote hardware delivery, eventually settling on mailing low-fidelity Google Cardboard devices to participants. However, the absence of sophisticated controllers limited the range of studies possible, leading us to the realization that enhancing interaction on low-fidelity VR devices could vastly improve access to immersive experiences.”

Looking ahead, Dr. Teather envisions a future where interaction on low-fidelity VR devices rivals that of high-fidelity counterparts. By developing multi-user VR systems compatible with varying fidelity devices, his team aims to foster virtual collaboration regardless of the hardware used. The overarching goal is to allow users of low-fidelity devices to engage with both virtual content and fellow users as effectively as those equipped with high-end technology.

The recognition of Dr. Teather's achievements and proposed project through the Faculty Award marks a testament to the importance of inclusive technology development and the transformative potential of academic research in shaping the future of VR and enhancing human experiences in the digital age. Dr. Teather emphasizes that this project represents just one facet of his team's ongoing research:

“Future endeavours include exploring alternative approaches to interaction on low-fidelity devices, tackling critical issues such as haptics and cybersickness in VR, and pioneering methods for shared virtual experiences across remote locations.”

CSIT extends heartfelt congratulations to Dr. Teather and his research team on this well-deserved recognition.